Available Functions

Function	Description	Example
sin(x)	The sine of x.	sin(28°) = 0,47
cos(x)	The cosine of x.	cos(28°) = 0,88
asin(x)	The inverse sine of x.	asin(0,2) = 0,20 rad
arcsin(x)	The inverse sine of x.	arcsin(0,4) = 0,41 rad
acos(x)	The inverse cosine of x.	acos(0,3) = 1,27 rad
arccos(x)	The inverse cosine of x.	arccos(0,1) = 1,47 rad
sinh(x)	The hyperbolic sine of x.	sinh(0,1) = 0,10
cosh(x)	The hyperbolic cosine of x.	cosh(0,02) = 1,00
asinh(x)	The inverse hyperbolic sine of x.	asinh(0,1) = 0,10 rad
arcsinh(x)	The inverse hyperbolic sine of x.	arcsinh(0,3) = 0,30 rad
acosh(x)	The inverse hyperbolic cosine of x.	acosh(1,3) = 0,76 rad
arccosh(x)	The inverse hyperbolic cosine of x.	arccosh(2) = 1,32 rad
tanh(x)	The hyperbolic tangent of x.	tanh(0,2) = 0,20
atanh(x)	The inverse hyperbolic tangent of x.	atanh(0,3) = 0,31 rad
arctanh(x)	The inverse hyperbolic tangent of x.	arctanh(0,3) = 0,31 rad
tan(x)	The tangent of x.	tan(20°) = 0,36
atan(x)	The inverse tangent of x.	atan(0,2) = 0,20 rad
arctan(x)	The inverse tangent of x.	arctan(2) = 1,11 rad
csch(x)	The hyperbolic cosecant of x.	csch(2) = 0,28
acsch(x)	The inverse hyperbolic cosecant of x.	acsch(0,5) = 1,44 rad
arccsch(x)	The inverse hyperbolic cosecant of x.	arccsch(0,2) = 2,31 rad
csc(x)	The cosecant of x.	csc(0,4) = 2,57
acsc(x)	The inverse cosecant of x.	acsc(1,3) = 0,88 rad
arccsc(x)	The inverse cosecant of x.	arccsc(1,5) = 0,73 rad
coth(x)	The hyperbolic cotangent of x.	coth(0,3) = 3,43
arccoth(x)	The inverse hyperbolic cotangent of x.	arccoth(1,1) = 1,52 rad
acoth(x)	The inverse hyperbolic cotangent of x.	acoth(1,2) = 1,20 rad
cot(x)	The cotangent of x.	cot(1,1) = 0,51
arccot(x)	The inverse cotangent of x.	arccot(1,1) = 0,74 rad
acot(x)	The inverse cotangent of x.	acot(0,3) = 1,28 rad
sech(x)	The hyperbolic secant of x.	sech(0,2) = 0,98
arcsech(x)	The inverse hyperbolic secant of x.	arcsech(0,3) = 1,87 rad
asech(x)	The inverse hyperbolic secant of x.	asech(0,4) = 1,57 rad
sec(x)	The secant of x.	sec(2,2) = -1,70
arcsec(x)	The inverse secant of x.	arcsec(50,3) = 1,6 rad
asec(x)	The inverse secant of x.	asec(30,1) = 1,5 rad
abs(x)	The absolute value of x.	abs(-2,4) = 2,40
ceil(x)	The smallest integer greater than or equal to x.	ceil(2,6) = 3,00
floor(x)	The largest integer less than or equal to x.	floor(2,6) = 2,00
ln(x)	The natural logarithm of x.	ln(23,2) = 3,14
log(x;y)	The y-based logarithm of x.	log(27;3) = 3,00
log10(x)	The ten based logarithm of x.	log10(130) = 2,11
log2(x)	The two based logarithm of x.	log2(512) = 9,00
norm(x1;x2;…)	The Euclidean norm of x1,x2,…	norm(2;23;45) = 50,58
pow(x,y)	The value of x raised to the power y.	pow(5;4) = 625,00
round(x)	The nearest integer to x.	round(5,77) = 6,00
cbrt(x)	The cube root of x.	cbrt(27) = 3,00
∛x (221b)	The cube root of x.	∛27 = 3,00
sqrt(x)	The root of x.	sqrt(16) = 4,00
√x (221A)	The root of x.	√16 = 4,00
sqrt4(x)	The fourth root of x.	sqrt4(64) = 2,83
∜x (221C)	The fourth root of x.	∜64 = 2,83
nthroot(x)	The nth root of x.	nthroot(16;2) = 4,00
mean(x1;x2;…)	The mean of x1, x2…	mean(5;17;3,6;78,9) = 26,13
min(x1;x2;…)	The min of x1, x2…	min(5;17;3,6;78,9) = 3,60
max(x1;x2;…)	The max of x1, x2…	max(5;17;3,6;78,9) = 78,90
factorial(x)	The factorial of x.	factorial(5) = 120,00
x!	The factorial of x.	5! = 120,00
frac(x;y)	The quotient of x and y.	frac(7;3) = 2,33
combination(x;y)	The number of combinations to choose x items from a total of y items.	combination(5;3) = 10,00
unitycheck(x)	Check if the value of x is between 0 and 1 (inclusive).	unitycheck(36/58) = 0,62
if(x;y;z)	If x is true return y else return z.	if(true;5;0) = 5,00

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